Combined liquid cooler and carbonator.



I 2;, mm

H. G. OORDLEX. COMBINED LIQUID 000mm AND OARBONATOR.

1,087,436. APPLIOAT ION FILED DEC. 27, 1911.- Patented Feb. 17,

4 SHEETS-SHEET 1.

v Affornqy H. G. GORDLEY. comnmnn LIQUID COOLER AND GARBONATOR.

APPLICATION FILED DBC.27, 1911.

1,087,436; Patentd Feb. 17,1914.

4 BHEETS-SHEET 2.

WITNESS @famey I H. G. GORDLEY.

COMBINED LIQUID COOLER AND 0ARBONATOR..

APPLICATION r1129 DEO.27, 1911.

1,087,436. Patents? -17, 1914.

4 SHEETS-SHEET 3.

W lT/VESS [NVE/VYOR w /M By Aflomey H. G. CORDLEY.

COMBINED LIQUID COOLER AND GARBONATOR.

APPLICATION PI LED DBG.27, 1911.

1,087,436, Patented Feb. 17, 1914.

y/VESS lzvl/mvrok Aflorney UNITED sTATEs RATENT OFFICE. A

HENRY e. CORDLEY, or GLEN mncrznnw JERSEY, ASSIGNOR, BY nmEc Am) MESNE ASSIGNMENTS, To sun HENRY e. CORDLEY, TRUSTEE.

COMBINED LIQUID COOLER AND CABBONkTOR.

Specification 50f Letters Patent. Patented F b. 1'7 1914 Application filed December27, 1911. Serial No. 638,082.

citizen of the United States, residing at Glen 7 Ridge, in the county of Essex, State of New Jersey, have invented certain new and use-' ful Improvements in Combined Liquid Coolers and Carbonators, of which the following is a description, reference being had to the accompanying drawings, forming a ranged a series of plates 11 one above the part hereof. I i

My invention relates to portable liquid cooling and dispensing devices particularly intended for dispensing cooled bever es eithercarbonated'or plain and my invention has for its object the rovision of a compact, inexpensive ande cient device adapted to be supplied with the beverage to be d spensed in comparatively small quantity; to.

- cool a suflicient portion of the beverage supelements hereinafter described and particumost of the plates 11. This gas supply tubeis provided with a valve at any conven-' delivery valve.

plied and .to draw off the beverage so cooled as required either charged with carbonic acld or not. r

Vith these and other objects as herein-- after explained in view, my invention consists int-he constructlonand combination of ice receptacle. Fig. 4 is a vertical section of a portion of the device on the plane of the Fig. 5 is a horizontal sectional view on a plane near the top of the ice receptacle and Fig. 6 is a detail view of the eccentric for ope-rating the delivery-valve In the drawings 1 lndicates an ice recep tacle, preferably formed of wood fiber having an opening 2 in its top for lntroducing ice and a drain cock 3 near'its bottom for drawing of! water from the melting of the ithin the ice receptacle and *resting on its bottom is a carbonating device 4 having fiat upper and lower faces and preferably circular in horizontal cross section. On the top of this carbonating device rests a liquid receptacle 5 preferab y a jar of non metallic material and, in order to allow for ample space for ice within the ice receptacle,

preferably elliptical in cross section as shown in'cross section to adapt it to receive the neck of an inverted demijo-hn or bottle 6.

From the side of the liquid receptacle 5 near its bottom a conduit 7 having in it a check valve 8 leadsto the carbonating device +1 and a draw off tube 9 also leads from the liquidreceptacle through the wall of the ice receptacle 1 and terminates in a; faucet 10.

Wlthin thecarbonating device 4: are arcommunicates with the space between the plates 11 so that the liquid to be carbonated enters above the lowermost plate 11 and in order to reach the bottom of the carbonating devlce must pass through one or more of the groups of perforations 12 of the plates 11. A gas supply tube 13 extends downward through the ice receptacle through the top of the carbonating device and downward within the carbonating device terminating in a nozzle 14- in the space below the lowerient point preferably near the top of the ice receptacle, which is operated through a rod 16 by a hand wheel 17.

The carbonating device is provided in its top with a discharge opening 18 controlled by a downwardly opening spring valve 19,

the discharge opening being in communication when the valve is open, with a delivery tube 20 which extends through the wall of the ice receptacle. The valve 19 is normally closedby the pressure of the gas in the carbonating device and by the spring 21. 'A rod 22 rests on the end of the valve rod 22 and has its upper end controlled by an eccentric 23 on the rod 16, the eccentric being so arranged that on turning the hand wheel 17 in one direction the valve 15 is opened to admit carbonic acid to the carbonating device and the valve 19 is per-.

the charged liquid to be delivered throughthe delivery tube 20 into a drinking glass or other receptacle.

no a The gas supply tube 13 extends upward through the top of the ice receptacle, being suitably deflected to avoid the liquid receptacle 5 and extends rearward'over the top of the ice receptacle and downward to a gas reservoir 24 as is ordinarily used in connection with soda Water apparatus, which is provided with the usual pressure gage 25 and regulating valve'26.

In operation, a demijohn of liquid, Which may be pure water, cider, lemonade, orange ade or any other beverage, is inverted and allowed to rest with its neck' within the upper end of the water receptacle 5, the liquid flowing from the mouth of the demijohn until it stands in the water receptacle at the level of the mouth of the demi-' john. The hand wheel being turned to open the valve 19 and close the valve 15 the liquid will flow from the liquid receptacle 5 throu h the conduit 7 into the car bonating device, filling it. When it is full the hand wheel is turned in the other direction, permitting the valve 19 to close and opening the valve 15 to permit gas under pressure, suitably regulated by the valve 26, to be discharged through the nozzle 14: into the carbonating device and passing through the perforations 1n the plate 11, to charge the hquid in the carbonating device. Whenever it is desired to draw andrink of the charged liquid the hand wheel is turned to shut off the gas supply and open the valve 19, the charged liquid flowing through the delivery tube 20 and the uncharged liquid entering through the tube 7.

It will of course be understood that as soon as the valve 15 is opened, creating.

If the beverage is preferred uncharged it may be drawn direct from the liquid receptacle through the faucet 10, or, as will often be found desirable, part of the drinking glass may be partly filled with uncharged liquid and filled up with charged liquid from the delivery tube 20..

Having thus described my invention, what I claim is:

1. A combined liquid cooler and carbonator comprising a liquid receptacle, an ice receptacle surrounding it, a carbonating de vicearranged at the bottom of the ice receptacle in communication with the liquid receptacle, a supply tube for carbonic acid leading downward through the ice receptacle to the carbonating device, a delivery tube leading from the carbonating device, a valve controlling the delivery outlet, a valve in the carbonic acid supply tube and means for operating the two valves to simultaneously open one and close the other.

2. A combined liquid cooler and carbonator comprising a liquid receptacle, an illverted bottle resting thereon Whose neck extends downinto said receptacle, a carbonator placed below said liquid receptacle and connected thereto by a pipe, a checkvalve in said pipe discharging toward said carbonator, a supply pipe connected to said carbonator for supplying carbonic acid thereto, an ice receptacle completely surrounding said liquid receptacle and carbonator, a delivery outlet pipe connected to the top of said carbonator, a valve in said delivery outlet pipe, a valve in said carbonic acid supply pipe, means whereby the valves are operated simultaneously and in an opposite manner.

This specification signed and witnessed this twenty third day of December A. D. 1911. I

HENRY G. CORDLEY.

In the presence of G. B. WILLIAMS, WM. R. Ens. 

